The development of a migraine biosensor will, for the first time, enable diagnosis based on molecular facts. A real-time biosensor that predicts attacks before symptom onset could transform care by enabling early intervention and precision medicine, where treatments match an individual’s molecular profile. This would reduce attack frequency and intensity,

Diagnosing diseases in the hidden lymph nodes of the chest – known as the mediastinum – is one of the greatest challenges in modern medicine. For patients suspected of having lymphoma (cancer of the immune system) or sarcoidosis (an inflammatory systemic disease), current standard methods using fine needles are often

To ensure more patients receive better pain relief by reintroducing Hand-on-syringe regional anaesthesia and freeing up nurses’ time. This is achieved by distributing 3D-printed LundGrips. From colleagues to whom I have introduced the technology, I know that this can improve care within highly specialized healthcare, in A&E, but also within

We want to push the frontier in molecular profiling of cells and tissues. To understand biological processes such as cellular communication, immune responses, developmental programs or the tumour microenvironment, information about cell (types) states and expression of a large number of biomarkers (more than you can get with traditional microscopy)

Critically low blood pressure is an acute, life-threatening condition that requires immediate action. The first thing we want to do for these patients is to administer intravenous fluids and medication to raise their blood pressure. This requires access to the bloodstream. Normally, we use a central venous catheter (CVC) –

The purpose of the project is to bring a research-based digital health innovation for Parkinson’s disease closer to clinical use and commercialization. By enabling continuous, home-based monitoring of symptoms, the project aims to improve clinical decision-making, empower patients, and support healthcare systems facing increasing demand due to ageing populations. The

The overall aim of the project is to evaluate the efficacy, safety and usability of ThirstCooler for the relief of severe, prolonged thirst in patients with prescribed fluid restriction. The aim of the study is to clinically evaluate the efficacy, safety and usability of the ThirstCooler in patients, as well

FLASH is a form of radiotherapy that is delivered ultra-rapidly at a very high dose/time ratio. FLASH is not used in clinical practice, but this type of radiotherapy is currently being developed and tested. The hope is to be able to apply more radiation but with less damage to normal

My goal is to develop a computational workflow that uses public datasets and protein structure models to identify conserved, surface-exposed, and functionally important bacterial antigens for vaccine design. This workflow will generate the most comprehensive resource for rational vaccine development against antimicrobial-resistant pathogens. By designing and testing optimised vaccines, I

I have already developed a new unique treatment for lung emphysema in COPD patients and obtained very promising in vitro results. In line with these, I expect to observe that the Lung-bioECM promotes the regeneration of the damaged lung tissue in a relevant animal model of emphysema. This will motivate